An automatically-healing background capture algorithm was developed to derive background images from any quadrant vacated by an animal, as well as an intelligent image-processing component that adjusts parameters as a function of organism size.
Their levels can vary as a function of organism growth and development; however, some RPs have been associated with other cellular processes or extraribosomal functions.
Our study thus highlights that phenological advancement may not only be a function of an organism's life-history characteristics [12], [13], phylogeny [44], or of a combination of environmental cues that influence the timing of their life-history events (timing of snow melt, temperature, day-length, etc).
They include adaptive plasticity and metaplasticity [ 181, 185] of the organism to amplify [ 169] and modulate the direction of its responses to a salient homeopathic remedy with the passage of time [ 23], as a function of the organism's past history [ 186, 187].
Fitness is given as a function of the organism's ability to utilize the available resources modeled on the Monod equation [ 7], modified such that having high affinity for more resources comes at a cost in fitness leading to trade-offs.
This would allow a seamless "zoom" from the function of organisms at the meter scale to the nanometer scale of protein function in one continuous environment.
We computed intron density for the four analyzed organisms as a function of expression-level category for all four organisms (fig. 3).
The optimal order for the Markov background model for enhancer sequences is an unknown function of organism complexity and sequence length.
In addition, the authors studied the survival extent of these amphipods as a function of oxygen availability, temperature, and organism orientation into the NMR rotor.
Fitness in the model is a function of the phenotype of the organism.
